Aspergillus clavatus: ACLA_012860
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Entry
ACLA_012860 CDS
T01148
Name
(RefSeq) separin, putative
KO
K02365
separase [EC:
3.4.22.49
]
Organism
act
Aspergillus clavatus
Pathway
act04111
Cell cycle - yeast
act04113
Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:
act00001
]
09140 Cellular Processes
09143 Cell growth and death
04111 Cell cycle - yeast
ACLA_012860
04113 Meiosis - yeast
ACLA_012860
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
act01002
]
ACLA_012860
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
act03036
]
ACLA_012860
Enzymes [BR:
act01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.22 Cysteine endopeptidases
3.4.22.49 separase
ACLA_012860
Peptidases and inhibitors [BR:
act01002
]
Cysteine peptidases
Family C50: separase family
ACLA_012860
Chromosome and associated proteins [BR:
act03036
]
Eukaryotic type
Sister chromatid separation proteins
Separase
ACLA_012860
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Peptidase_C50
CHAT
Motif
Other DBs
NCBI-GeneID:
4706400
NCBI-ProteinID:
XP_001274284
UniProt:
A1CAU0
LinkDB
All DBs
AA seq
2129 aa
AA seq
DB search
MAVATLLPEPSMDSVKQAVRSISTCCNATVLSLQTLVCGPSNSSSEVESNVSKKTVRSRK
TPSTTSSRAKTTTRAKVSSKGATTTITIEHDAAHLSSQEKVALATEVFNTTLKTLGDASK
LPELRVLATSTPLRPVSPNRLLKSPTKSKPSQRAQSNTTGTDGGVLAVAECASIALSCLR
SVKAEQGGQENEPPNIQLEQGACVLVGRYLSLGLNDLAYRELRGLKRRIQQYLDSQDATS
KKATGQDNQRGADEETIKERMSDLLSLRNLSHGRPLHGLIVSFQTNALRLIAMEKRPSTV
QKVLASLQLTNSSSPAKVITAAVESQSITKDKAALQLQLLSNTIMSMSSGGQQPADDGAS
RERLKPITTLLLQLLSLEVRCMSWKLSGHVCDDVKEMWDPLARYLANFVSNFKGIEKAEF
AAIYKTIVRIQAAVATIQKQAAARLRNNLSVARIATVLGQLAQEAGCFEEASTLLTEALN
PLADEGLLSSATVRCKIAALHLLVSKKSTKLRQSHISHLLAEATAALGTPLRGNQNDLDE
LLVEAAKMKKVAMSWLGEKVAKDYIATDEDRDILLQIYTYLNGFVKFLRRYLGRKPTPED
EEKDYHLFHKRLDACKSIVLAAVDSAVAIGKLSVMSDSPSWDSVLPTLVDCQRLLVTVEC
SPQATKDSETSDSGAAFIRMSNLFWSRYLKDKDSGKGPRELLHVLKHSVSFLPKCSLSQR
KTGFATLKYERLAHSYLEANMVVESGEAFRDSIREYIDTGLLKQLLADIAGGFPSQASQD
PKSSGFTFSRVLSAYLRVSLRNRNSASPKFFDSPDMDLLQRGFLLEWQLGILTELPSHTH
SDERFRSAFDELMFTIFDIYTINLHPIRRMRSILFCLRFASEHPGSLGLATVRTVVEEGL
ASLEHFKGMGEDLDLNTYATHMQNSVCLTLGLHEGDLRPDALERILSSWNSMMHNCSDRK
SLVSCIGDVDHLLVQMKAIVDYTEIYGLWKLQLTALELVLRITELHETGDVSEAIILLSR
LVLQYCRLGHCKKAEALLARADQYLKQKEVSCLASLSHKLARAEYLLETGELEQAASVLS
ISRAMYERNQKKQDLSSCSIMSKIAWERMVADAMFISSRLSFAQGSVPTALFFAKLCVKL
NCRIWAKVERLSQRKQEKAVTASSASDLEGVVEGVARLDVSQSVSLENPTVSFSQGAPFW
PHVGSHHTALLNLAYLSAHYGLFQDAVYYGEQALKINKTLNANVRLIASQAQLASYWIFG
GRITEGQELLSAAESLAKKLESSVELISLQMSIASLHRMQGNHDDEWQALLRAEQIMGDV
AASEAPNALPAQPRITELETGMDKLRIRGISRKTQPTTTTTRRTRATTVSSKSTTKTASD
TSDANTTLSQSLLRLKSEILQQQAACSRALREFEKASSLLTDARKFAVSRDSQISLHLEE
SEHHLADAIRQFAMHAVYCVLPESTISLPALQSPKKVASESATTSSSSSSSSSKQSTTRK
ARTPAKGTRSRSVKAGDDFTMVLSKAGQCLNNIFSAATTLGSTLDSHTASRLMSRISMLS
HTTAPGCLMPWSQPPANVNEIGRIGAFTRERIAIGIDKQLSAFNDPLLWPAGHSSADLEA
DLCSTFVEEYIDILPENFNVLSLSLSTDCTEFIISRLRKNHSPFLLRLPLKRGNSEDEED
QFTFEDGRGEMQDLIKLANESAHAAKLQKDRQSKKDWWKTREALDQRLENLLQNIENVWF
GGFRGIFSPTPHADAALTLFANAFHNILDKHLPSRRKGGRGAAPKLSLHQNVLELFVGVK
DLEDQEDPEETLMDLLYFVVDILQFQGERNAYDEIDFDMMVVETLDAIRGYHEAAERARE
AQQAQHTVLVLDKALHLFPWESLPCLQRLPVCRVPSLECLRDRIVQFQSMKADTGESGFG
IDRGSGTYVLNPTGDLQTTQATFEADLGRLTTWTGISKREPTEEEFRGGLESKSMFLYFG
HGSGAQYIRGRTIKRLDRCAVTFLMGCSSGTLTEAGEYEPYGTPMNYLQAGCPALVATLW
DVTDKDIDRFAKSTFEKWGLLGEQGANDRQLPLPSKGRSRTAKSSGCGSEPPQPVTLDEA
VSKSRGACVLKYLNGAAPVIYGVPSLFLE
NT seq
6390 nt
NT seq
+upstream
nt +downstream
nt
atggcagtcgcaacactacttcccgaaccatcgatggactcggtgaagcaagctgtccgc
tcaatctcgacatgctgtaatgctacagtgttgtcactccagactctcgtctgcggacct
tcgaattcgtcatccgaagtcgaaagtaacgtttcgaagaagactgtcagaagcagaaag
actccgtcaactacctcaagccgggcaaaaaccactacccgagcgaaagtgtcttccaag
ggtgcaacaacaacgatcacaatagagcacgatgcagcacatttatcgagtcaggaaaag
gtggcgctagcgacagaggtctttaacacaacattgaaaacactcggggacgcctctaaa
ttacccgaactccgtgttctagcgacaagtacccctcttcgtccggtatcgccaaaccgc
cttctgaaatcgcccacaaagtcgaagccatcccaacgcgcacagtcaaatacaacaggt
accgacggaggcgttcttgcagtggctgaatgcgctagtatagcgctttcatgtctccga
agcgtgaaagccgaacaaggagggcaggaaaacgaacccccgaacatccagctcgaacag
ggcgcatgtgttctagtcgggagatacctatcattgggtttgaacgacctggcttacagg
gaactgcgaggtcttaagcgaagaattcaacaatacctggacagccaggatgcgacgtca
aagaaggctactggacaggacaatcagcgaggagcggacgaagaaacgattaaggaacga
atgtcggatctgttgtcactgaggaacctgtctcatggtcggccattgcacggtctgatt
gtatcttttcagaccaacgccctgcgactcattgccatggagaaacgaccctcgacagtg
cagaaggtcctagcctccctgcagttgacgaactcgagtagcccggcaaaagtaattaca
gctgcggttgaatcacaatccatcacaaaagataaggcagcattacaacttcaactgtta
tccaacaccataatgtcaatgtcctccggaggacagcaaccagcagatgacggcgcgtcg
agggagcgattgaagcctatcaccacattgctccttcaattgctatcacttgaagtccgc
tgtatgagctggaagttgtcagggcatgtatgtgacgacgtgaaagagatgtgggatccg
ctggcgcgctacctggcgaattttgtcagtaacttcaagggtattgaaaaggcggaattt
gctgcgatctacaaaacgatcgttcgaattcaagcagctgttgctacgatacagaagcaa
gccgcggccaggctgaggaataacctatccgtggcacggattgcaactgttctcggacaa
cttgcgcaagaagccggttgctttgaggaagcttcgacgttgctcaccgaggcgcttaat
cctctggcagatgagggtttgctctcgtcagccacagttcgatgtaaaattgcggccctt
catctcctggtctcgaaaaagtcgacgaaactgcgccaatctcacatctcacatctactt
gctgaggctactgcagcactgggaacacctctcaggggaaatcaaaatgatctagatgag
ctgctagtggaagcggccaaaatgaaaaaggttgctatgagctggctgggggaaaaggtc
gctaaggattatattgccaccgacgaggatagggatattctccttcagatttatacatac
ttgaacggattcgtgaagtttttacgtcggtatcttggaaggaagccaacaccagaggac
gaagaaaaggactatcacttgtttcacaagcggctcgacgcttgtaaaagcatcgtgctc
gctgccgtggattcagccgtcgctattggaaagttgtctgtcatgtccgacagcccttcc
tgggactcggtactgcctacattggtcgattgtcagcgtctccttgtcacagttgaatgc
tcgccgcaagccacaaaagattcggaaacgagcgattcgggagcggctttcatcaggatg
tcaaatttgttttggtctcgatatctcaaggacaaagactccggtaaagggcctcgtgag
cttctgcatgtgttgaaacattccgtcagctttctccccaagtgctcgctgtcccagcga
aaaacagggtttgccactctaaaatacgaaagacttgctcattcgtaccttgaagcgaat
atggttgttgaatctggagaagcatttagggattcgatcagagagtacatcgacacagga
ctattgaaacagctcttagcggacatcgcgggggggttcccctctcaggccagtcaggac
ccgaaaagcagtggctttactttcagtagagtactttcagcgtacttaagagtgagcctg
cgaaaccggaactcagcaagcccaaagttcttcgattctcctgatatggatctcttgcag
agggggttccttcttgaatggcaattaggtattctgaccgaacttccatcacacacccac
agtgacgagcgcttccgctcagcctttgacgagctcatgttcacaatcttcgatatatac
accattaatctgcatccaattcgccgcatgcgatcaattctattttgtctgcgcttcgca
tcggagcatccagggtctcttggactggcaactgtacgaactgttgttgaagaaggcctc
gcatctctagagcacttcaagggaatgggtgaggatctcgacttgaacacttatgccacg
catatgcaaaactcggtttgcctcaccctgggactccatgaaggagatctgcgccccgat
gctctggagcggatattaagttcgtggaattccatgatgcacaactgtagtgacagaaaa
tctcttgtctcatgcattggggatgtggaccatcttctggttcagatgaaagccattgtg
gattatacagagatttacggcctatggaaacttcagcttactgctcttgagctggtgttg
cggattactgaacttcatgagacaggagacgtctcggaagctattattctcttgtcacgc
ctggtcctgcaatactgccgcttgggacattgcaagaaggccgaagctcttctggcgcgc
gctgatcaatatctaaagcaaaaagaagtctcttgcctggcgagcttatcacacaagctt
gcccgagctgaatatcttctcgagaccggcgagcttgagcaggcggcaagcgtgctctct
atatcgagggcaatgtatgagcgaaatcagaaaaagcaggatctgagcagctgctctatc
atgtcaaagatcgcatgggagagaatggtagcagatgctatgttcataagttctcggctc
tcattcgcgcaaggctcggtaccgacggcgctattcttcgccaaattatgtgtcaagctg
aactgccgcatctgggctaaagtggaaagattgtcgcagagaaaacaagaaaaagctgta
acggcaagctctgcctctgaccttgagggtgttgtcgaaggagttgcgcggctcgatgtt
tcgcagtccgtttctctggaaaatcctaccgtcagtttttctcaaggtgctcccttctgg
ccccatgtcgggtcgcatcacactgctctgttgaaccttgcgtacctctctgcgcactat
ggtttgttccaggacgctgtttattatggtgagcaagcactgaagatcaacaagacgctt
aatgcgaacgtccgcttgatcgcttctcaagctcagttggcgtcctactggatctttggc
ggacgtattaccgaaggccaggaacttctctcagccgcagaatctctggcgaaaaagttg
gagagtagtgtcgagcttatctcgcttcagatgagcatcgcctctctccaccgaatgcag
ggtaaccacgacgacgaatggcaggctctcctcagggcggagcagataatgggtgatgta
gcggcctctgaggcaccgaatgctcttccagcacagcctagaattactgagctggaaact
ggaatggacaaattacggattagggggatcagcaggaagacccaacccacaacaacgact
acccggagaactcgcgcaaccaccgtatcttcaaaaagcacgacgaagacggcaagcgac
acatcggatgccaatacaactctttcacagtccctccttcgcttgaaaagcgagatactt
caacaacaggcagcttgctcgcgtgcgctccgagagttcgagaaagcgtcgtctctgttg
accgatgcccgaaaattcgcggtctctcgggacagccagatttcgttgcatctcgaagaa
agtgaacaccatcttgcagatgcaattcggcaatttgccatgcatgcggtttattgtgtg
ctaccagaatccacgatttctcttcccgcattacaatctccgaaaaaggttgcaagcgaa
agcgccaccacctcatcttcctcttcatcctcctcctccaaacaatctactacacgcaag
gccaggacacctgccaagggaactcgctccagatcggtaaaggcaggtgatgatttcacc
atggtgctgtcgaaggccggtcaatgtttgaacaatatcttctctgcggccacgactctg
gggtccactttggatagtcatacggcgtcacggctaatgagtcgtatctcgatgctgtcc
catacgacggcgcctggatgtctaatgccatggtctcaacctccagcgaacgtgaacgag
atcggccgtattggtgctttcacgcgcgagcggattgcgataggcattgacaagcagctc
tcagcgttcaacgatccgctgctttggccagcgggtcattcttcggcggatcttgaggca
gacctatgcagcacctttgttgaggaatatatcgacattctccctgaaaatttcaatgta
ctctccctgtccctgagtaccgactgcacggaattcatcatttcccgattgcgcaagaac
cactcgcccttccttctgcgacttcctctgaagaggggcaattccgaggacgaggaggac
cagttcacgtttgaggacggacgaggcgagatgcaggaccttatcaagctggctaacgag
agtgcgcatgcggcaaaattacagaaggatcgacagtccaagaaggactggtggaagacc
cgtgaggccctcgaccagcgtctcgagaacctacttcagaacattgagaatgtctggttt
ggtgggttccgaggcatcttctcccccacgcctcacgcagacgcggctctgacacttttt
gccaatgcattccataatatactcgacaagcacctgccatcaagacgaaagggcggtcgt
ggagcagctcccaaattgtcgcttcatcagaatgtcctcgagttatttgttggcgtgaag
gatctagaggaccaagaagatccagaggagacattaatggatctgctgtatttcgtggtg
gatatcctgcagttccaaggagaacgtaatgcctacgacgaaattgactttgatatgatg
gttgtcgagacacttgatgcgatccggggctaccatgaagcggcagagcgcgcacgggag
gctcagcaggctcagcatactgtcttggttctggacaaggcactgcacctgttcccgtgg
gaatcacttccgtgccttcagaggctgccagtatgtcgtgttccttccttggaatgtctg
cgcgatcggatcgtccagttccagagtatgaaagcggatactggcgaatccggattcggt
attgatcgtggcagtggcacgtatgttctcaatccaacaggggacttacagaccactcag
gctacctttgaggcggatttgggccgcttgaccacatggacgggcatctccaagcgagag
cctacggaggaggagttcagggggggtctggaatcgaagagcatgtttttgtattttggc
cacgggagcggtgcacagtatatccgtggtcgaaccatcaagcgcctggatcggtgtgca
gttacattcctcatgggctgcagcagtggcacgttgactgaagcgggggagtacgagccg
tacggaactcctatgaactacttgcaagcaggctgtccggcgctggtcgcaaccctttgg
gatgtgacggataaagacatcgatcgctttgccaagtcgacgttcgagaaatggggatta
ttaggtgaacagggggccaacgaccggcagttgcctctgcctagcaagggccgatcccgc
acggctaagtcgagtggctgcggcagtgagcccccacagcccgtgacgctagatgaagca
gtctccaagtcgcggggtgcatgtgtgttgaagtatttgaatggtgcagcgcctgtcatt
tatggcgttccttcgttgttcttggagtag
DBGET
integrated database retrieval system
